There are multiple geometric shapes available. a. You have to organize the maximum number of shapes into appropriate level of inheritance. For example, all the squares are quadrilateral, and all the quadrilateral shapes are 2D shapes, and all the 2D shapes are shapes, just like that create a shape hierarchy. b. Create a UML class diagram for all the shape hierarchy you created in step a. Your UML class diagram should represent all the structure of classes and the relationship between classes. c. Explain the four basic OOP concepts in context of above shape hierarchy and highlight the advantage of using each of these OOP concept.

There are multiple geometric shapes available. a. You have to organize the maximum number of shapes into appropriate level of inheritance. For example, all the squares are quadrilateral, and all the quadrilateral shapes are 2D shapes, and all the 2D shapes are shapes, just like that create a shape hierarchy. b. Create a UML class diagram for all the shape hierarchy you created in step a. Your UML class diagram should represent all the structure of classes and the relationship between classes. c. Explain the four basic OOP concepts in context of above shape hierarchy and highlight the advantage of using each of these OOP concept.

C++ Programming: From Problem Analysis to Program Design

8th Edition

ISBN:9781337102087

Author:D. S. Malik

Publisher:D. S. Malik

Chapter11: Inheritance And Composition

Section: Chapter Questions

Problem 9PE

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The world of shapes is much richer than the shapes included in the inheritance hierarchy of Fig. 11.3. Write down all the shapes you can think of—both two-dimensional and three-dimensional—and form them into a more complete Shape hierarchy with as many levels as possible. Your hierarchy should have the base-class Shape from which class TwoDimensionalShape and class ThreeDimensionalShape are derived. [Note: You do not need to write any code for this exercise.] We’ll use this hierarchy in the exercises to process a set of distinct shapes as objects of base-class Shape .
You have to implement program that compares graduate students based on their ranks. The design of the program is given in the following UML diagram: • Student class: Base class that GradStudent extends. • GradStudent class: The objects from this class will be used for comparisons. • Rankable interface: Defines the implementation needed for comparison. GradStudent implements this interface. • Test class will be used to get student information from the user and demonstrate the comparison of students.
You are building a system for a Housing Society, such as Bahria Town. You are supposed to design a system that allows them to keep a record of how many blocks, sectors, streets, and houses the society has. Your system also generates unique names for blocks and sectors, and unique numbers of streets and houses. You must design the class structure yourself. 5 marks in this lab are for good class structure and good decisions regarding inheritance. A society has many blocks, each block has many sectors, each sector has many streets, and each street has many houses. The society has a name, each block has a name (an alphabet), each sector has a name (an alphabet), each street has a number, and each house also has a unique house number. When your program starts: • It asks the user the name of the Society as well as the City in which it is located. Your program should be able to handle input that has more than one words. • Then, it asks the user how many blocks does this society has. Let’s say…
You are building a system for a Housing Society, such as Bahria Town. You are supposed to design a system that allows them to keep a record of how many blocks, sectors, streets, and houses the society has. Your system also generates unique names for blocks and sectors, and unique numbers of streets and houses. You must design the class structure yourself. 25 marks in this lab are for good class structure and good decisions regarding inheritance/composition.A society has many blocks, each block has many sectors, each sector has many streets, and each street has many houses. The society has a name, each block has a name (an alphabet), each sector has a name (an alphabet), each street has a number, and each house also has a unique house number.When your program starts:• It asks the user the name of the Society as well as the City in which it is located. Your program should be able to handle input that has more than one words.• Then, it asks the user how many blocks does this society has.…
You are given a template to help you follow the required structure. There are 10 files for the base and derived classes with specification and implementation files You are also given a driver MagicalCreaturesMain.cpp that you will complete. So 11 files in all. MagicalCreatureHeader.h // given to you MagicalCreature.cpp // given to you ElfHeader.h // given to you Elf.cpp // you implement methods DragonHeader.h // given to you Dragon.cpp // you implement methods GoblinHeader.h // given to you Goblin.cpp // you implement methods GenieHeader.h // given to you Genie.cpp // you implement methods Specifications: Here are five UML Diagrams: One for the Base class and the others for the derived classes. Use these along with the given template to complete the design of the classes and create the application. The template contains comments and notation as to where you need to fill in the code;…
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Consider the following scenario: A chicken, eagle and duck are birds. A dog, cat, cow,and lion are animals. Human and Birds are also animals. Peas, carrots, and grass areplants. Chicken, duck, cow, and plants are edible. Draw a class diagram for the abovescenario. You can use classes, inheritance, interfaces, and associations (includingcomposition or aggregation) when needed. You shouldn’t use operations.
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